List of Tasks (PRISES and ALTIS)

PRISES

Objective 1: Primary laser source development and metrology

Task 1.1 Laser-induced damage threshold measurements and aging effect of optical components in high repetition rate lasers
(CESTA*, CNRS-LULI, CNRS-LP3, HiLASE, VULRC, STFC-CLF, GSI)

Task 1.2 Strategies for pulse post-compression
(MBI*, LIDYL, FERMI, CNRS-CELIA, CNRS-LOA)

Task 1.3 Mid-IR laser development: through Tm-, Ho- and Yb- sources to OP(CP)A sources and their applications
(IST*, ULF-FORTH, HIJ, HiLASE, ICFO, LENS, MBI, STFC, VULRC)

Task 1.4 Spatio-temporal metrology of advanced laser sources
(MBI*, HZDR, LIDYL, LLC, CNRS-LULI, CLPU)

Task 1.5 High temporal contrast sources and their characterization
(GSI*, CNRS-LULI, HZDR, USZ, MBI)

Objective 2 Advanced secondary beam sources

Task 2.1 Diffraction-limited, ultrafast X-UV sources for scientific and societal applications
(CNRS-LOA*, ULF-FORTH, CNRS-CELIA, LLAMS, IST, PALS)

Task 2.2 Future electron sources and secondary radiation for user applications
(CLPU*, CNRS-LOA, STRATH, PALS)

Task 2.3 High brightness betatron X-rays for low dose and ultra-fast probing and imaging
(IST*, CRNS-LOA, PALS, STRATH)

Task 2.4 High repetition rate energy selected ion sources for applications
(CLPU*, CNRS-CELIA, HZDR, STRATH, GSI)

Task 2.5 Development of common input/output standards of Particle-In-Cell (PIC) codes and associated in-situ and post-processing tools
(HZDR*, LIDYL, IST, PALS, GSI)

Task 2.6 Standardization and automatization of ion spectrum measurements
(GSI*, CLPU, HIJ, CNRS-CELIA)

Objective 3 Workstations for advanced applications (X-rays and particle beams)

Task 3.1 Facility development of laser-plasma radiation sources for high pulse rate radiobiology/radiation chemistry applications
(HZDR*, LYDIL, CNRS-LOA, MUT-IOE, PALS, STRATH, USZ)

Task 3.2 Development of phase contrast imaging based on high-repetition rate laser-driven X-ray sources enabling time-resolved measurements of materials, biological samples and WDM/HED plasmas
(CNRS-CELIA*, LLC, CLPU, CNRS-LULI, CNRS-LP3, INFLPR, STFC-CLF)

Task 3.3 X-ray absorption fine structure (XAFS) spectroscopy using laser-driven sources of X-ray radiation
(MUT-IOE*, CNRS-LP3, ICFO, LACUS, MBI, MPQ, STRATH)

ALTIS

Objective 1-Advanced Nano, Microscopic Imaging and Spectroscopy

Task 1.1 Increase single molecule imaging in terms of multiplexing or 3D localization
(STFC-CLF*, CNRS-ISMO)

Task 1.2 Platforms for imaging, detection and manipulation of biological samples at the molecular and cellular scale
(LENS*, LLAMS, CNRS-ISMO, ILC, INFLPR, VULRC)

Task 1.3 Label-free spectroscopy and imaging
(ILC*, ULF-FORTH, LENS, CALT, CLL, ULLC)

Objective 2 - Advanced Meso- and Macroscopic Imaging and Spectroscopy

Task 2.1 High-resolution imaging of intact biological samples
(CUSBO*, ULF-FORTH, ICFO, LENS, VULRC, CNRS-ISMO, CLL, MUT-IOE)

Task 2.2 Translational research: from biophotonics to clinical use
(LLAMS*, LLC, CLL, ICFO, CUSBO, ULLC, USZ)

Objective 3-Ultrafast Spectroscopy from IR to XUV

Task 3.1 Coherent multidimensional spectroscopic tools and methods
(CUSBO*, LLC, LLAMS, LACUS, LENS, CALT, CNRS-ISMO)

Task 3.2 Workstations for spatially/angularly resolved attosecond spectroscopy
(LIDYL*, ULF-FORTH, CNRS-ISMO, MPQ-MPG)

Task 3.3 Optical setups for condensed matter spectroscopy in the XUV
(STFC-CLF*, MPQ, CUSBO, CALT, FELIX)

Objective 4-Analytical Spectroscopy

Task 4.1 Advanced spectroscopic methods for atmospheric pollutants and microplastics
(LLAMS*, LLC, CALT, FELIX, ILC, ULLC)